Stamping plant of XYZ manufacturing company has the projected demand as shown below: The plant runs 24 days in a month. 16 hours each day. Desired utilization is 90%. Suppose that the plant has a policy of making at least 2000 parts. Develop a minimal run schedule via lot sizing and calculate total production time (in days) required. Use a cyclic schedule and calculate lot sizes for month to meet demand. Use a non-cydic schedule and calculate lot sizes for month to meet demand. Use MiniMax Schedule approach and calculate optimal lot sizes for month. Stamping plant of XYZ manufacturing company has the projected demand as shown below: The plant runs 24 days in a month. 16 hours each day. Desired utilization is 90%. Suppose that the plant has a policy of making at least 2000 parts. Develop a minimal run schedule via lot sizing and calculate total production time (in days) required. Use a cyclic schedule and calculate lot sizes for month to meet demand. Use a non-cydic schedule and calculate lot sizes for month to meet demand. Use MiniMax Schedule approach and calculate optimal lot sizes for month